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          <h1>世界第一台商用量子计算机</h1>
          <h2>加拿大量子计算公司D-Wave于2011年5月11日正式发布了全球第一款商用型量子计算机“D-Wave One”</h2>
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            <h3>中科大</h3>
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                中国科学技术大学潘建伟领导的团队成功研发并测试成功研发了量子计算机——“九章”。
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              <li><i class="bi bi-check-circle"></i> 求解数学算法高斯玻色取样只需200秒</li>
              <li><i class="bi bi-check-circle"></i> 成功构建76个光子的量子计算</li>
              <li><i class="bi bi-check-circle"></i> 计算速度比“悬铃木”快100亿倍</li>
              <li><i class="bi bi-check-circle"></i> 输出态空间（量子纠缠可能出现的状态）达到了10的30次方</li>
              <li><i class="bi bi-check-circle"></i> 超导纳米线单光子探测器性能从4%提升到了98%</li>
            
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          <h2>量子计算</h2>
          <p>量子计算是一种遵循量子力学规律调控量子信息单元进行计算的新型计算模式。
            对照于传统的通用计算机，其理论模型是通用图灵机；通用的量子计算机，其理论模型是用量子力学规律重新诠释的通用图灵机。</p>
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              <h4><a href="">量子位</a></h4>
              <p>量子位是量子计算的理论基石。在常规计算机中，信息单元用二进制的 1 个位来表示，它不是处于“ 0” 态就是处于“ 1” 态. 在二进制量子计算机中，
                信息单元称为量子位，它除了处于“ 0” 态或“ 1” 态外，还可处于叠加态。</p>
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              <h4><a href="">叠加原理</a></h4>
              <p>把量子考虑成磁场中的电子。电子的旋转可能与磁场一致，称为上旋转状态，或者与磁场相反，称为下旋状态</p>
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              <h4><a href="">概念提出</a></h4>
              <p>量子计算的概念最早由阿岗国家实验室的 P.Benioff于80年代初期提出，他提出二能阶的量子系统可以用来仿真数字计算；</p>
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              <h4><a href="">中期发展</a></h4>
              <p>1994年，贝尔实验室的应用数学家P. Shor指出 [3]，相对于传统电子计算器，利用量子计算可以在更短的时间内将一个很大的整数分解成质因子的乘积。</p>
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              <h4><a href="">中国量子计算</a></h4>
              <p>中科院量子信息与量子科技创新研究院科研团队在超导量子和光量子两种系统的量子计算方面取得重要进展，
                使中国成为世界上唯一在两种物理体系达到“量子计算优越性”里程碑的国家。</p>
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              <h4><a href="">发展前景</a></h4>
              <p>量子计算将有可能使计算机的计算能力大大超过今天的计算机，但仍然存在很多障碍。</p>
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          <h2>华为</h2>
          <h3>华为在持续关注量子计算机硬件最新进展的同时，也投入研发力量参与部分探索性研究，以推动量子计算机尽快问世。</h3>
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              <h4>实际应用</h4>
              <p>量子算法为AI算法带来全新的视角， 可启发出更好的经典AI算法， 加速计算速度。</p>
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              <h4>编程框架</h4>
              <p>首次发布了量子计算编程框架：它兼容开源框架ProjectQ的同时，新增两个图形用户界面量子电路编排GUI与混合编排BlockUI</p>
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              <h4>量子软件设计</h4>
              <p>应用驱动不足、量子硬件规模小、量子模拟器资源消耗大、量子编程反直觉不直观等</p>
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              <p>算法挑战：已知量子算法少、 核心算法创新困难、 经典和量子混合编程理论不完善等 </p>
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              <h3>百度量子</h3>
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                百度成立量子计算研究所，致力于广泛开展量子技术储备、量子人才培养以及新量子业务探索，建成世界一流的量子人工智能研究机构，从而做好迎接量子计算时代的准备；
                同时也不断地把量子计算与百度的核心技术和业务相融合，探索量子科技创新业务。
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                <li><i class="bi bi-check-circle"></i> 建成由量脉、量桨以及量易伏三大项目为主体的百度量子平台，旨在提供全面的量子基础设施即服务 QaaS </li>
                <li><i class="bi bi-check-circle"></i> 百度量子平台有望扮演量⼦计算时代操作系统的⻆⾊，⽤户通过百度量⼦平台可以运行量子程序，操控量⼦硬件</li>
                <li><i class="bi bi-check-circle"></i> ⼴度上集合了人工智能、化工医药、教育科研、交通/制造、金融科技等顶层应⽤场景</li>
                <li><i class="bi bi-check-circle"></i> 深度上融合了量子算法设计、量子环境部署、量子软硬件接⼝、硬件等技术，着重构建解决⽅案、软件服务、硬件基础等⼀体化的服务平台</li>
                <li><i class="bi bi-check-circle"></i> 不论是专业开发者，还是量⼦科研⼈员，或者在校学⽣，都可以在百度量⼦平台上找到适合的服务</li>
                <li><i class="bi bi-check-circle"></i> 提供了⼀个可持续发展的量⼦⽣态环境，而且对诸多核⼼代码进行了开源，还兼容第三⽅量⼦计算模拟器或量⼦计算硬件。</li>
  
  
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          <h2>量子产品</h2>
          <p>量子计算机如同人类头顶那片璀璨的“蓝海”。“蓝海”很美，但通往“蓝海”的前路注定艰难；“蓝海”很远，但通往“蓝海”的航程已经开启。</p>
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          <h2>量子常见问题</h2>
          <p>量子计算是一种遵循量子力学规律调控量子信息单元进行计算的新型计算模式。对照于传统的通用计算机，
            其理论模型是通用图灵机；通用的量子计算机，其理论模型是用量子力学规律重新诠释的通用图灵机。</p>
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                  量子位：是量子计算的理论基石。叠加原理：把量子考虑成磁场中的电子。电子的旋转可能与磁场一致，称为上旋转状态，或者与磁场相反，称为下旋状态。
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                  拉斯维加斯：蓝色巨人IBM宣布推出全球首款专为商业用途设计的集成量子计算系统。早在2017年，该公司就展示了一款商用17-qubit处理器的原型量子系统，
                  该处理器构成了第一批IBM Q早期访问系统的核心，IBM正在展示制定商用通用量子计算系统的雄心。
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                  九章量子计算机：由中国科学技术大学潘建伟、陆朝阳等组成的科研团队与中科院上海微系统所、国家并行计算机工程技术研究中心合作研发，
                  九章量子计算机采用76个光子输出，从而打破了之前谷歌量子计算机玄铃木保持的53光量子的记录，其运行速度更是提升了100亿倍。
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            <li data-aos="fade-up" data-aos-delay="400">
              <i class="bx bx-help-circle icon-help"></i> <a data-bs-toggle="collapse" data-bs-target="#faq-list-4"
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                  遇事不决，量子力学，经过等效对比，“九章”量子计算机的运算速度比谷歌“悬铃木”量子计算机还快了100亿倍，
                  而这一突破，直接使得我国成为全球第二个实现“量子优越性”的国家。
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                  概念提出：量子计算(quantum computation) 的概念最早由阿岗国家实验室的P. Benioff于80年代初期提出，他提出二能阶的量子系统可以用来仿真数字计算。
                  中期发展:新的量子算法陆续的被提出来，而物理学家接下来所面临的重要的课题之一，就是如何去建造一部真正的量子计算器，来执行这些量子算法。
                  发展前景：如何长时间地保持足够多的量子比特的量子相干性，同时又能够在这个时间段之内做出足够多的具有超高精度的量子逻辑操作。
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